The　1-hour　average　mass　concentration　of　CO,　NO2,　SO2,　O3,　PM2.5　and　PM10　from　November　2013　to　the　first　half　of　April　2014　obtained　from　35　air　automatic　monitoring　sites　in　Beijing　was　used　to　analyze　temporal　and　spatial　distribution　of　atmospheric　pollutants.　The　results　show　that　the　average　concentration　for　CO,　NO2,　SO2,　O3,　PM2.5　and　PM10　in　heating　season　was　2.62　mg/m3,　64.05　μg/m3,　50.52　μg/m3,　26.39　μg/m3,　118.61　μg/m3　and　126.05　μg/m3　respectively.　The　concentration　of　NO2　changes　slightly,　and　the　highest　concentrations　of　SO2　and　particulate　matter　are　in　February,　CO　shows　a　steady　downward　trend,　while　O3　is　gradually　increased.　NO2,　PM2.5　and　PM10　concentration　diurnal　variation　show　a　bimodal.　With　fine　particulate　pollution　levels　increased　the　proportion　of　PM2.5　in　PM10　and　the　concentrations　of　NO2,　CO,　SO2　gradually　rises,　the　O3　change　trend　is　opposite.　The　concentration　of　O3　is　the　highest　in　comparative　and　regional　stations　respectively,　while　that　of　other　pollutants　is　the　highest　in　traffic　pollution　monitoring　stations.　The　distribution　of　atmospheric　pollutants　mass　concentration　in　heating　season　in　Beijing　is　derived　by　the　Original　Kriging　interpolation　method,　and　it　shows　from　the　figure　that　the　concentrations　of　PM10,　PM2.5,　CO,　NO2,　SO2　gradually　increases　from　the　northern　mountain　area　to　the　southern　part　of　Beijing.　O3　concentration　in　the　urban　area　is　significantly　inferior　to　other　regions.　©　2016,　Editorial　Department　of　Journal　of　Beijing　University　of　Technology.　All　right　reserved.